气象专家提醒，未来一段时间我国多地高温频繁，体感十分闷热，公众请加强防暑降温意识，避免在高 温时段外出，谨防中暑。 （文章来源：央视新闻） 据气象卫星监测显示，从昨天到今天，黄淮、江淮、江南等地高温持续，湖北、浙江、江西、安徽等多 地气温超过35℃。另外，未来几天我国多地不但气温高，体感还会十分闷热，黄淮到长江流域多地午后 时段体感温度可达40℃以上，四川盆地、湖北、河南等地部分地区的体感温度更是可以达到45℃左右。 中央气象台预计，未来一周，黄淮、江淮、江汉中东部、江南中北部、四川盆地等地将有持续性高温天 气，陕西关中、四川盆地以及新疆等地的部分地区有35～39℃的高温天气；重庆、湖南北部、江西北部 等地局地最高气温可达40℃以上。 今天是"三伏"的最后一天，不过，受强盛的副热带高压影响，中央气象台预计未来几天，我国中东部部 分地区仍将持续高温。 ...

Core Viewpoint - The article discusses the high-temperature weather forecast in Shandong Province from August 18 to 23, indicating significant heat stress conditions due to the influence of subtropical high pressure [1] Summary by Relevant Sections - **Weather Forecast** - A yellow high-temperature warning was issued by the Shandong Meteorological Station, predicting temperatures above 35°C in inland areas from August 18 to 23 [1] - Specific temperature ranges for various regions on August 18 include: - Southern Liaocheng, Heze, Jining, Zaozhuang, Linyi, Rizhao, and southern Weifang: 35-37°C - Other areas: 30-34°C [1] - On August 19, temperatures in several cities including Liaocheng, Binzhou, Dongying, Jinan, and others are expected to reach 35-37°C, while other areas remain at 30-34°C [1] - From August 20 to 22, inland areas may experience temperatures between 35-39°C, with some locations potentially reaching 40°C, while coastal areas will be cooler at 30-34°C [1] - On August 23, the high-temperature range is expected to decrease, with southern and central Shandong still experiencing 35-39°C in some areas [1] - **Health and Safety Implications** - The high temperatures are likely to have adverse effects on human health, outdoor work, and urban electricity consumption, prompting a call for increased precautions [1]

Weather Conditions - Significant rainfall occurred in regions including central Inner Mongolia, southeastern Shanxi, eastern Shandong, eastern Sichuan, southern Guangdong, and Hainan Island, with local heavy rain in cities like Hohhot, Linyi, and Chengdu, where rainfall reached 110 millimeters in one hour [1] - High temperatures above 35°C were reported in areas such as the Huanghuai, Jianghuai, Jianghan, Jiangnan, and eastern Sichuan Basin, with local temperatures in Chongqing and Turpan, Xinjiang, reaching between 39°C and 41.7°C [1] Forecast - The distribution of rain and heat is expected to remain similar, with heavy rain in southern and northern regions and sunny, hot weather in central areas. Specific regions forecasted for heavy rain include southern Guangdong, central and southern Guangxi, western Hainan Island, northeastern Inner Mongolia, and parts of Shaanxi and Shanxi [1] - The tropical depression in the South China Sea is moving northwest towards the Guangxi coast, with maximum wind speeds of 7 levels (15 m/s) and a minimum central pressure of 1002 hPa. Wind speeds of 5-7 levels are expected in affected coastal areas [4] Safety Advisory - Meteorological experts warn of strong convective rainfall in Inner Mongolia and North China, which may lead to geological disasters such as flash floods and mudslides. Public is advised to avoid mountainous and valley areas prone to such hazards [6]

除24日外，本周最高气温大多在35℃以上，加上较高的空气湿度，暑热加剧，注意防暑降温。提醒 户外工作的朋友要注意适时调整作业时间，及时补水。23日、24日郑州市将有阵雨、雷阵雨，最高气温 和最低气温稍微降低。 郑州市7天天气预报：8月18日晴天间多云 ，27℃～36℃；8月19日晴天间多云 ，27℃～36℃；8月 20日晴天间多云，27℃～36℃；8月21日晴天间多云，28℃～37℃；8月22日晴天间多云 ，28℃～36℃； 8月23日多云有阵雨、雷阵雨，27℃～35℃；8月24日多云有阵雨、雷阵雨，25℃～32℃。 记者昨日从市气象台获悉，受副热带高压控制，本周气温再次"高涨"。 ...

Group 1 - Southern China is experiencing strong rainfall due to the influence of a tropical depression in the South China Sea and monsoon airflow, with areas like Inner Mongolia, Shanxi, Shandong, Sichuan, Guangdong, and Hainan facing heavy rain and localized torrential downpours [2][3] - The tropical depression is located approximately 310 kilometers south of Dongxing City, Guangxi, with maximum wind force of 7 levels, and is expected to move north-westward towards the Guangxi coast at a speed of 10 to 15 kilometers per hour [2] - The Central Meteorological Observatory predicts heavy rain in various regions including southern and western Guangdong, central and southern Guangxi, and parts of Inner Mongolia and the Northeast [3] Group 2 - The eastern and northern regions of China will continue to experience frequent strong convective weather, with areas like Qinghai, Gansu, Northeast China, and northern Inner Mongolia facing rain showers or thunderstorms, including short-term heavy rainfall and severe weather conditions [2][4] - The cumulative rainfall in Southern China has been significant, leading to saturated soil moisture levels, which raises concerns about geological disasters such as flash floods and landslides [6] - The last day of the "Sanfu" period is marked by high temperatures across central and eastern China, with regions like Jiangnan, Jianghuai, and Huanghuai expected to experience prolonged high-temperature weather, with some areas reaching temperatures above 40°C [7]

3、对老、弱、病、幼人群提供防暑降温指导； 预计8月18日白天，黄淮大部、江淮、江汉、江南中北部、陕西关中、四川盆地、新疆吐鲁番盆地和南 疆盆地东部等地的部分地区有35～39℃的高温天气，其中，陕西关中、重庆、湖北、湖南北部、安徽南 部、江西北部、浙江中西部、新疆吐鲁番盆地等地局地最高气温可达40℃以上。 防御指南： 1、有关部门和单位按照职责做好防暑降温准备工作； 2、午后尽量减少户外活动； 央视网消息：中央气象台8月18日6时继续发布高温黄色预警： 4、高温条件下作业和白天需要长时间进行户外露天作业的人员应当采取必要的防护措施。 ...

Summary of Key Points Core Viewpoint - The article discusses the ongoing weather patterns in China, highlighting the impact of tropical low pressure and monsoon currents leading to heavy rainfall in southern regions and severe convective weather in northern areas. It also forecasts a significant rise in temperatures across various regions in the coming days. Group 1: Weather Patterns and Forecasts - Southern regions such as Hainan, Guangdong, Guangxi, and Yunnan are experiencing strong rainfall due to the influence of tropical low pressure and monsoon currents [2][5] - Northern regions, particularly Hebei, Shandong, and Tianjin, are facing rainfall and severe convective weather, with some areas experiencing heavy to extreme rainfall [2][3] - The Central Meteorological Observatory predicts continued heavy rainfall in southern China and rainfall in northern regions over the next two days [2][3] Group 2: Temperature Trends - A significant heatwave is developing in central and eastern China, with the subtropical high pressure expected to strengthen and expand northward, leading to high temperatures exceeding 40°C in areas like the Sichuan Basin and Zhejiang [6] - The humidity levels in the Huanghuai to Yangtze River basin will be high, resulting in a perceived temperature of 40°C or above, with some areas reaching around 45°C [6] - Major cities in southern China, including Hefei, Wuhan, and Nanjing, are expected to experience extreme heat, with Hangzhou potentially reaching 40°C on consecutive days [6]

防御指南： 1、有关部门和单位按照职责做好防暑降温准备工作； 2、午后尽量减少户外活动； 3、对老、弱、病、幼人群提供防暑降温指导； 4、高温条件下作业和白天需要长时间进行户外露天作业的人员应当采取必要的防护措施。 央视网消息：中央气象台8月16日18时发布高温黄色预警：预计8月17日白天，黄淮大部、江淮、江汉东部、江南中 北部、陕西关中、四川盆地、新疆吐鲁番盆地和南疆盆地等地的部分地区有35～39℃的高温天气，其中，湖北东 部、湖南东北部、安徽南部、江西北部、浙江中部、新疆吐鲁番盆地等地局地最高气温可达40℃以上。 ...

以强台风级别登陆台湾的"杨柳"，是今年以来登陆我国的最强台风。从路径来看，"杨柳"直奔闽粤 沿海，却与浙江渐行渐远。接下来，"盘踞"在浙江的副高会加强西伸，全省重启大范围晴热高温。虽然 有"小插曲"，周四至周日，东南沿海受副高南部东南气流影响，有时有阵雨或雷雨；但这个8月中旬， 副高恐怕难以"挪窝"，全省将陷入炎热包围。 在此提醒大家，近期需要做好防暑降温工作， 尽量避免高温时段（10-16点）外出，外出务必戴 帽、墨镜，穿浅色透气衣物。勤补水，少量多次饮用白开水或含电解质饮品，勿等口渴。室内利用空 调、风扇降温，但避免直吹或温度过低。保证充足休息，饮食清淡，多吃瓜果蔬菜。若出现头晕、恶心 等中暑迹象，需立即移至阴凉处降温并求助。 据杭州市气象台消息，未来五天杭州基本都是36～37℃的高温天气，且对流条件和水汽条件都差， 除了临安山区可能出现局地性的雷阵雨天气外，其他地区都是晴到多云。 高温气焰"嚣张"，不少人关心有没有"神器"赶来降温？其实，今年"最强台风"周三已登陆我国，不 过，对浙江影响甚微。 中央气象台周三18时发布台风橙色预警，今年第11号台风"杨柳"的中心已于周三13时前后在台湾台 东县太麻里乡沿 ...

Core Points - Europe is experiencing extreme heat, with temperatures approaching 50 degrees Celsius, leading to disruptions in rail services and school closures [1] - Despite the rising temperatures and breaking previous records from 2021 to 2024, many Europeans are reluctant to install air conditioning [1] Industry Insights - The current heatwave has resulted in significant operational challenges for transportation and education sectors, indicating a potential strain on infrastructure [1] - The cultural attitude towards air conditioning in Europe may reflect broader societal values, impacting the HVAC (Heating, Ventilation, and Air Conditioning) market dynamics [1]